Black Hole prepares and eats their own dinner, a new learning show
It’s no secret that black holes are part of The strangest object in space. Their The disc is as fluffy as a cakeand I’ll jump into one It’s interesting and scary. Now, a group of astronomers are using data from NASA’s Chandra X-ray Observatory and the very large telescope to show that black holes can cook their own meals.
No, really. According to the new scientific model created in the studyled by Valeria Olivarez of the University of Santiago de Chile, the black hole is surrounded by gases of various temperatures. Black holes consume warm gas. This leads to what researchers call “explosions.” The explosion cools nearby hotter gases and allows the cycle to repeat itself.
How does this work? In the image above, the black hole is a bright white spot in the center of the gas cloud. Purple clouds represent hot gas, while pink veins (what researchers call “filaments”) represent warm gas. The black hole draws in and eats warm gas. This causes a black hole reaction I’ll shoot the jet To the gas cloud. These jets cool the purple clouds and create new pink veins. This process then repeats many times.
Researchers note that gas cloud turbulence also plays an important role in the process. In this regard, turbulence It is defined “Except for statistical methods, it is complex enough to ignore descriptions, and complex enough to ignore statistical methods.”
Black holes and gas clouds
Previously, researchers had seen filaments filled with black holes, gas clouds and gas, but were not sure about their relationship with each other. The new model helps answer that question by showing that all three phenomena are linked. The black holes eat the filaments and use them to generate a reaction that cools the gas and creates a new filament.
It also helps researchers to better understand other parts of the universe. For example, the relationship between a black hole and its gas cloud is Jellyfish Galaxy. Jellyfish galaxies are famous for their jellyfish-like appearance caused by gas being peeled away from the galaxy as they flow through space. Researchers say similarities are unexpected and may help to solve more mysteries about space.
Furthermore, this model helps researchers to better understand filaments filled with warm gas. This helps you to better understand how stars form. Previous research shows that Researchers discovered Jets from the black hole cool the hot gas. Cold and thick gas It’s a star Since it was born, the logic is that black holes help create the correct environment for star formation.